CONCLUSION: RunScribe™ is an accurate tool in assessing GCT, stride-rate, and stride-length. Kinovea.exe, Kinovea 0.8.15.exe and Kinovea.Setup.0.8.15.exe are the most common filenames for this programs installer. The latest installer takes up 16.4 MB on disk.
Mac version of kinovea free#
This free program is an intellectual property of Joan Charmant & Contrib. Kinovea has not been rated by our users yet. Kinovea runs on the following operating systems: iOS/Windows/Mac. It was initially added to our database on.
Mac version of kinovea software#
There is a much stronger relationship between the heel and Kinovea (r=0.905) than the laces and Kinovea (r=0.204) for max pronation-velocity. The most popular version among the software users is 0.8. The latest version of Kinovea is currently unknown.
RESULTS: There was a strong correlation between data from both footpod locations and Kinovea for all sagittal plane variables tested, specifically GCT and stride-rate. Validity and reliability of measurements between RunScribe™ and video were assessed with SPSS and intraclass correlation coefficients, respectively. The last 21 strides were analyzed using Kinovea computer software and compared to data downloaded from RunScribe™ for stride-length, stride-rate, ground-contact-time (GCT), pronation-excursion, and max pronation-velocity. High-speed cameras (Casio EX-10, 210 Hz) recorded in the sagittal and frontal planes. Participants were fit with left-sided body-markers along the line of the achilles tendon and superior-inferior axis of the shoe’s heel-counter, a RunScribe™ on both the left laces and heel, and ran for two, 5-min sessions on a treadmill (Woodway, Desmo). METHOD: Ten collegiate distance runners (6 female, 4 male, 20.9yo ± 0.7yo 170.2cm ± 6.9cm 61.4kg ± 7.9 kg) volunteered to participate and granted informed consent. Due to the high incidence of running-related injury, biomechanical flaws of the running stride must be investigated.¹ RunScribe™ footpods are light-weight devices that clip onto the shoe and record kinematic variables with each step.² PURPOSE: This study will investigate the influence of footpod placement on the validity of RunScribe™ output compared to hi-speed video analysis.
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